Faraday Effect Experiment Apparatus
Product Specification Sheet
Faraday Effect Experiment Apparatus
Model Number: MT-PH066
The Faraday Effect Experiment Apparatus from Micro Technologies is designed to demonstrate the interaction between magnetism and polarized light by measuring the Faraday Rotation and determining the Verdet Constant of optical materials. The apparatus combines precision optical alignment, a modular magnetic assembly, and a high-sensitivity light sensor to provide accurate and repeatable experimental results. It is widely used in universities, engineering colleges, research laboratories, and educational institutions for advanced optics and electromagnetism experiments.
Product Specification
The Faraday Effect Experiment Apparatus is a precision laboratory instrument developed to study the interaction between magnetic fields and polarized light through the observation of Faraday Rotation. The experiment enables students and researchers to measure the rotation of the plane of polarization when linearly polarized light passes through an optical medium placed inside a magnetic field. It also allows the determination of the Verdet Constant, an important material property used in magneto-optical studies.
Manufactured by Micro Technologies, the apparatus incorporates a modular U-core magnetic assembly that maintains precise optical alignment throughout the experiment. The specially engineered pole pieces are designed using the Poka-Yoke principle, allowing samples of different sizes to be accommodated without disturbing the alignment of the optical components. This intelligent design minimizes setup errors while ensuring consistent and repeatable experimental observations.
The Faraday Effect Experiment Apparatus is equipped with a high-precision light sensor capable of measuring light intensity with a resolution of 1 lux. The digital sensing system accurately detects variations in transmitted light intensity, enabling precise measurement of the rotation angle of polarized light. Unlike manual visual observations, the sensor-based measurement system minimizes human error and allows experiments to be performed at various polarizer and analyzer angle settings with improved accuracy.
Micro Technologies manufactures this equipment using durable laboratory-grade materials, precision optical components, and reliable magnetic assemblies to ensure dependable long-term performance. The Faraday Effect Experiment Apparatus is widely used in universities, engineering colleges, research laboratories, scientific training institutes, and educational organizations for studying magneto-optical phenomena, polarized light, and electromagnetic theory. With robust construction, accurate measurement capability, and simple operation, Micro Technologies provides an ideal solution for modern optics laboratories.
Features
- Modular U-core magnetic assembly
- Precision optical alignment system
- Poka-Yoke pole piece design for stable alignment
- High-accuracy digital light sensor
- Light intensity measurement with 1 lux resolution
- Suitable for Verdet Constant measurement
- Stable optical and magnetic configuration
- Durable laboratory-grade construction
- User-friendly experimental setup
- Suitable for teaching, research, and laboratory demonstrations
Benefits
- Demonstrates Faraday Rotation through practical experimentation
- Enables accurate measurement of Verdet Constant
- Reduces alignment errors with modular magnetic design
- Produces reliable and repeatable experimental results
- Improves understanding of magneto-optical principles
- Requires minimal maintenance for long-term use
- Provides excellent value for educational and research institutions
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Faraday Effect Experiment Apparatus |
| Model Number | MT-PH066 |
| Product Type | Physics Laboratory Equipment |
| Principle | Faraday Rotation (Magneto-Optic Effect) |
| Optical Medium | SF6 Glass Cube |
| Magnetic Assembly | Modular U-Core with Precision Pole Pieces |
| Sensor | Digital Light Sensor |
| Measurement Resolution | 1 Lux |
| Measurement Parameter | Verdet Constant & Polarization Rotation |
| Material | Powder-Coated Metal with Optical Components |
| Color | Grey & Black |
| Applications | Physics Laboratories, Universities, Colleges, Research Institutes |
| Compliance Standard | Standard Laboratory Equipment Manufacturing Practices |
Available Variants
- Standard Faraday Effect Experiment Apparatus
- Advanced Magneto-Optics Experiment System
- Educational Demonstration Model
- Research Laboratory Configuration
- Institutional Laboratory Package
SKU System
| Variant | SKU |
|---|---|
| Standard | MT-PH066-ST |
| Advanced | MT-PH066-AD |
| Educational | MT-PH066-ED |
| Research | MT-PH066-RS |
| Institutional | MT-PH066-IN |
FAQs
What is the Faraday Effect Experiment Apparatus used for?
The apparatus is used to study the rotation of the plane of polarized light under the influence of a magnetic field and to determine the Verdet Constant of optical materials.
What is the Verdet Constant?
The Verdet Constant is a material-specific property that indicates how much the plane of polarization rotates per unit magnetic field and optical path length.
What optical material is used in the experiment?
The standard setup utilizes an SF6 glass cube as the optical medium for observing Faraday Rotation and measuring the Verdet Constant.
How does the digital light sensor improve measurement accuracy?
The integrated light sensor measures light intensity with 1 lux resolution, eliminating errors associated with manual visual observation and providing reliable experimental data.
Is this apparatus suitable for educational laboratories?
Yes. It is widely used in schools, engineering colleges, universities, research laboratories, and scientific training institutes for optics and electromagnetism experiments.
Can institutions purchase this equipment in bulk?
Yes. Bulk orders are available for universities, government organizations, laboratories, distributors, and educational institutions. Customized configurations can also be provided.
Why Choose Our Products
- Precision-engineered optics laboratory equipment
- Strict quality inspection before delivery
- Durable construction for continuous laboratory use
- Accurate and repeatable experimental performance
- Bulk manufacturing capability with responsive technical support
Call to Action
Upgrade your optics laboratory with the Faraday Effect Experiment Apparatus from Micro Technologies. Micro Technologies supplies premium laboratory equipment for universities, colleges, research institutes, and distributors. Contact Micro Technologies today to request a quotation, discuss customization requirements, or place your bulk institutional order.
